"Integrated Method of Expansion Joint and Deck Waterproofing" *Construction Example: Nagano Prefecture - 1
NETIS Registration Number: CB-170021-A / Patent No. 6095842 / Integrated Method for Expansion Devices and Floor Waterproofing - AOS Method -
It complies with the NEXCO testing methods and the waterproofing manual for road bridge decks, meeting the requirements for flexibility, water resistance, and durability suitable for small-scale bridges.
- Construction Case - Location: Nagano Prefecture - Client: Shinano Town - Construction Date: March 2018 - Photo: Status of floor waterproofing work *For more details, please contact us or download the PDF to view.
Inquire About This Product
basic information
【Scope of Application】 ■ Beam Type: Prestressed Concrete Beam / Reinforced Concrete Beam ■ Beam Length: General: 20.0m or less / Cold Regions: 16.0m or less ■ Allowable Range for Deck Joint - Filling Width (Joint Width): Standard 10 to 20mm (Construction Tolerance Range -0mm, +4mm) - Filling Depth: Standard 20mm (Construction Tolerance Range -0mm, +10mm) ■ Sloped Bridge (Angle): Up to 60 degrees ■ Pavement Thickness: Roadway 50mm or more, Sidewalk 40mm or more (up to 120mm) ■ Composite Slope: 6% or less (Composite Slope) *If it does not fall within the above scope of application, we will assess the applicability on a case-by-case basis, so please contact us. *For bridge deck waterproofing materials, the use of room-temperature type coating waterproofing materials (ONEPIECE-GEL PROOF) and coating type deck waterproofing (asphalt heating type) is possible.
Price information
Please contact us. Prices vary depending on the quantity. Feel free to reach out to us.
Delivery Time
※For more details, please contact us.
Applications/Examples of results
【Construction Achievements】 Fiscal Year 2016: 3 bridges Fiscal Year 2017: 11 bridges Fiscal Year 2018: 24 bridges Fiscal Year 2019: 63 bridges Fiscal Year 2020: 106 bridges Fiscal Year 2021: 35 bridges (as of the end of July 2021) 【Main Construction Examples】 ■ Gifu Prefecture, Gifu City, Daiyon Onohashi: Bridge seismic reinforcement work (Daiyon Onohashi) (February 2017) ■ Nagano Prefecture, Nozawa Onsen Village, Yuzawa River Bridge: Fiscal Year 2017 Social Infrastructure Development Comprehensive Grant Bridge Repair Work (Yuzawa River Bridge) (November 2017) ■ Aichi Prefecture, Kariya City, Benten Bridge & Miyahigashi Bridge: House No. 1 Bridge and other bridge repair work (January 2018) ■ Kochi Prefecture, Ministry of Land, Infrastructure, Transport and Tourism, Shikoku Regional Development Bureau, Nakamura River National Road Office, Kamagataya Bridge: Fiscal Year 2017-2018 Kamagataya Bridge and one other bridge repair work (June 2018) ■ Toyama Prefecture, Tateyama Town, Road Bridge: Fiscal Year 2018 Town Road Soga Line Bridge Repair Work (October 2018) ■ Nara Prefecture, Totsukawa Village, Mikyo Bridge: Bridge repair work, Forest Road Uchihara Line (Mikyo Bridge) (November 2018) ■ Fukuoka Prefecture, Kasuya Town, Mineyashiki No. 2 Bridge: Mineyashiki No. 2 Bridge repair work (December 2018) ■ Mie Prefecture, Shima City, Taisho Bridge: Social Infrastructure Development Comprehensive Grant Project Taisho Bridge Bridge Repair Seismic Reinforcement Work (December 2018) *For more details, please feel free to contact us.
catalog（1）
Download All Catalogs![[NETIS Registration] Integrated Method for Expansion Devices and Deck Waterproofing (AOS Method)](https://image.www.ipros.com/public/catalog/image/01/d01/454891/IPROS97807495187503283151.jpeg?w=120&h=170)
CAD data（1）
| Model number | overview | File |
|---|---|---|
| [NETIS Registration] Integrated Method for Expansion Devices and Deck Waterproofing (AOS Method) Sample CAD | NETIS registered construction method exclusively for small-scale bridges with a span length of 20m or less. It integrates the installation of expansion devices and deck waterproofing work to protect the bridge from water. Attached is the general drawing for the construction method repair. |
|
Company information
Our company develops and proposes methods, applications, tools, and materials to comprehensively support the efficiency of infrastructure maintenance (inspection, diagnosis, repair design, and repair work) for small-scale bridges under the "Bridge Artisan ARCHIST" series. We will continue to develop advanced applications and tools for the inspection and investigation of small-scale bridges, as well as innovative technologies and materials for maintenance and repair, and present them to everyone.